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• Cooling capacity: 60 RT ~ 1000 RT (211 kW ~ 3517 kW)
• Innovative vertical screw compressors provide better energy efficiency and longer lifespan compared to traditional horizontal compressors.
• Efficient vertical compressors offer quieter operation and reduced mechanical friction losses.
• The layout of vertical compressors provides more stable performance during low-load operation compared to traditional horizontal compressors.
• Full-color touchscreen human-machine interface and advanced 2020i controller.
• Full range AHRI certification and optionally available with ASME U-stamp certification.

• Cooling capacity: 130 RT ~ 750 RT (457 kW ~ 2638 kW)
• Innovative vertical screw compressors provide better energy efficiency and longer lifespan compared to traditional horizontal compressors. When combined with frequency converter control, they offer the highest IPLV (COP) performance in the screw compressor industry.
• Efficient vertical compressors offer quieter operation and reduced mechanical friction losses.
• The layout of vertical compressors provides more stable performance during low-load operation compared to traditional horizontal compressors.
• Full-color touchscreen human-machine interface and advanced 2020i controller.
• Full range AHRI certification and optionally available with ASME U-stamp certification.

• Cooling capacity: 300 RT ~ 4000 RT (1055 kW ~ 14064 kW)
• Dual-stage high-efficiency centrifugal impeller, with minimum power consumption as low as 0.521 kW/RT.
• Utilizes patented high-strength aluminum alloy impellers for R134a refrigerant, increasing efficiency by 3% to 5%.
• Semi-hermetic compressor design, eliminating oil leakage issues.
• Refrigerant-cooled motor, no external cooling required.
• Refrigerant-cooled refrigeration oil, no additional cooling water required.
• Unique refrigerant throttling design to prevent low-load surging.
• Optional installation of frequency converter.
• Full-color touchscreen human-machine interface and full range AHRI certification, optionally available with ASME U-stamp certification.

• Cooling capacity: 60 RT ~ 800 RT (211 kW ~ 2813 kW)
• High-efficiency magnetic bearing.
• Variable frequency drive dual-stage centrifugal compressor.
• Oil-free operation.
• Ultra-low noise and more compact footprint.
• Full-color touchscreen human-machine interface and full range AHRI certification, optionally available with ASME U-stamp certification.

• In addition to the aforementioned products, our DB can also provide:
1. Air-cooled chiller units
2. Heat pumps
3. Ice storage systems
4. Integrated chiller plant control system (Chiller Plant Manager)
5. IoT Chiller Operation
6. Industrial low-temperature process chillers

• SPX offers advanced APV heat exchange solutions for fluid cooling, heating, condensing, and evaporation processes. Since the invention of the plate heat exchanger by APV in 1923, it has been a pioneer in applications such as stamping, forming, welding, sealing, and testing of plate materials.
  • In addition to providing industrial-grade plate heat exchangers with ASME U-Stamp certification, we also offer food hygiene grade plate heat exchangers certified by 3-A, FDA, and EHEDG.
  • Various plate material options: SS304, SS316, SS317, 254SMO, 654SMO, 904L, C22, C276, C2000, Nickel Alloy 200/201, Ti Gr.1, Ti Gr.11/Gr.17.
  • Maximum single plate area of 4.75m2 (approximately 4m high), maximum single interface diameter of φ500mm, maximum single processing flow rate of 4500 m3/hr.
  • Laser-welded semi-welded plate heat exchangers are also available.
  • With over 60 plate models, we can meet various heat exchange needs for liquid-liquid, evaporation, condensation, and gas-gas applications.

• Advantages of APV plate heat exchanger technology:
1. Reliable plate interlocking structure and added suspension function.
2. Advanced Easyclip embedded gaskets require no glue for fixing, saving installation and cleaning time.
3. Efficient bypass zone design ensures uniform fluid distribution between channels, reducing resistance and improving heat transfer efficiency.
4. Double-layer leak prevention technology prevents fluid mixing at corner holes and makes it easier to identify leak positions.
5. Combination of soft and hard plate channel assembly allows for flexibility in design with different types of corrugated plates.
6. Various corrugated plate designs provide greater design flexibility.

  • In the production process, the equipment used to achieve uniform emulsification or dispersion of products is called a homogenizer.
• Emulsification or dispersion refers to the phenomenon where solid-liquid or different phase liquids that cannot be mixed under normal conditions are subjected to fine mixing to achieve a uniform mixture. For example, the average particle size of fat globules in milk is typically 3μm to 22μm. After homogenization, it reduces to around 0.7μm to 1μm. Consequently, the buoyancy of fat globules disappears, and they can be fully mixed into the liquid (milk).
• A homogenizer consists of a positive displacement pump and a homogenizing valve. The pump forces the product to pass through an adjustable gap and valve seat under high pressure, causing turbulence and intense mixing, thus breaking down molecular structures to achieve emulsification or dispersion.

• Over 100 years of homogenizer experience.
• Specially developed and designed for high pressure.
• Operating flow rate = 11~60000 L/hr
• Operating pressure = 70~2000 Bar
• Diverse modules, can provide special equipment according to customer requirements, including general industrial grade, explosion-proof grade, or food-grade models.
• Homogenizing valve materials options: sanitary grade stainless steel, ceramic, tungsten carbide alloy, Stellite alloy steel.
• Equipment equipped with lubrication and cooling systems for lubricating plungers and plunger seals.
• The equipment can be cleaned online with cleaning solution or water using CIP.
• Available in production units or laboratory units.
• Sample experiment services are provided, please contact the Taiwan Heat Transfer Business Department if needed.

• Effects of high-pressure homogenization:
  • Reduce particle size
  • Improve product stability
  • Enhance viscosity and texture of products
  • Improve product hydration
  • Enhance product glossiness
  • Reduce the use of emulsifiers/stabilizers
  • Break down cells and extract intracellular substances
  • Increase chemical reactivity of substances
  • Enhance product absorption
  • Reduce molecular weight



  
 
 

 

• APV offers food-grade pumps, including: W+ series centrifugal pumps, Ws+ series self-priming pumps, and DW series rotary pumps.
• Available with 3-A, FDA, or EHEDG certification.
• Designed for easy CIP and SIP.
• APV self-priming pumps utilize air conveying screws to generate a liquid ring, suitable for transporting gas-liquid mixtures. Additionally, bypass pipes are installed to ensure the formation of the liquid ring.
• APV rotary pumps are used for transporting high-viscosity materials.

• APV food-grade valves feature a spherical valve chamber design, meeting the highest sanitary standards.
• APV food-grade valves can be equipped with self-lifting cleaning leakage chambers, upper and lower valve stems, and seals.
• DT4: Bottom-mounted double-seat anti-mixing valve.
• D4/DA4: Double-seat anti-mixing valve.
• SV/SVS: Butterfly valve.
• BLV1: Ball valve.
• SW4: Single-seat valve.
• MS4/MSP4: Aseptic single-seat valve.
• SWcip4: Double-seal valve.
• SD4: Double-seal valve.
• SWmini4: Single-seat valve.
• RUF3: Check valve.
• Valve Array:
   • AP1: Aseptic diaphragm valve.
   • DA3+: Double-seat anti-mixing valve.
   • DE3: Double-seat anti-mixing valve.
   • DKR2: Double-seat ball valve.
   • UF/UFR: Pressure relief valve.
   • RG4: Control valve.
   • CPV: Constant pressure valve.
   • VPN: Check valve.
   • PR2: Sampling valve.
   • VRA/VRAH: Vacuum break valve.
   • SI2: Safety valve.

• Speck Fluid Systems can provide unit equipment and complete plant technology output for various beverages, alcoholic beverages, or dairy products.
• The main unit equipment items are as follows:
   • High-temperature sterilizer
   • Online cleaning system (CIP)
   • Falling film / rising film evaporator
   • Distillation unit
   • Flex-mix mixer
   • Power-mixer high-shear emulsifier

• SPX FLOW supplies separators and clarifiers based on advanced disk stack design.
• SPX FLOW's separators and clarifiers are based on advanced disk stack and highly efficient design. These equipments demonstrate particularly high performance in various processing applications, especially in the food and beverage industry.
• Typical uses of centrifuges include:
   • Clarification of liquids
   • Separation of liquids
   • Dehydration separation of suspensions and biomass
   • Recovery of solid materials
   • Extraction of valuable products
• SPX FLOW's Seital centrifuges offer a variety of centrifuges for liquid-liquid, liquid-solid, or liquid-liquid-solid separation. Our centrifuges feature a self-cleaning design suitable for various high-demand processes, with processing capacities ranging from 500 l/h to 10,000 l/h (solids-retaining type) and 1,000 l/h to 70,000 l/h (self-cleaning type). All models are CIP capable.
• Utilize ultra-high centrifugal force to recover fine particles (0.5-500 mm) or separate clarified liquids.

• Seven Advantages of SPX FLOW Seital Centrifuges:
   • Short installation time - Modular equipment, no civil foundation, electrical or fluid testing required on-site.
   • High performance - Innovative design developed using advanced software modeling tools, achieving precise mechanical and fluid analysis.
   • High product quality - Use of mechanical seals to reduce oxidation risks, minimizing oxygen pick-up and CO2 loss.
   • High uptime - Real-time operational diagnostics through remote monitoring, allowing for functional checks by technical personnel.
   • Effective process control - Customized process adjustment settings.
   • Lower maintenance requirements - Improved mechanical component reliability through high dynamic stability.
   • Lower investment - Wide range of models and flexible accessory options.